HARDWARE ROADMAP • CUSTOMER OVERVIEW

QPC Chip: First Usable Model

A real-world-ready, expandable QPC-native chip on a path to compete with current market quantum computers.

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Target: First Usable Model

The first QPC chip is designed as a usable product with real workloads and a clear path to market-competitive scale.

Scale

32–64 qubit-equivalent (8–16 contextures). Usable for real algorithms: supply chain at reduced scale, benchmarks, research.

Expandability

Modular design: add more contextures and qubits in a second generation. Gen 2 targets 100+ qubit-equivalent (Torino/Pasqal competitive).

Real-World Tasks

Multi-objective optimization, multi-contexture computation, structured problems that benefit from coherent quantum coupling between contexts.

Advantage

For the right problem class, classical simulation is exponential; the QPC chip can address instances not practically realizable on classical hardware.

Why This Approach

First model = product, not demo

A minimal prototype (few contextures, no expansion) would be costly and not usable. A first chip at 100+ qubits in one step would be high risk. The first usable model instead: (i) is realizable with current technology, (ii) runs real workloads, (iii) is designed from day one for expansion to full market-competitive scale (Gen 2).

Usability and Speed

Built for real computation

The QPC chip targets multi-contexture workloads: multiple logical contextures evolve in parallel with quantum coupling (transjunctions) between them. End-only readout preserves coherence until the final result. The machine can be fast for workloads that match this architecture; the first model is the step to validate performance and demonstrate advantage where it applies.

Sharing this overview

High-level roadmap and positioning only—suitable for customers and partners reviewing strategy, not implementable design detail.

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